Improving TCP robustness over asymmetry with reordering marking and coding in data centers

Keyphrases

• Packet Reordering 100%
• Data Center Networks 100%
• Flow Completion Time 100%
• Long Tail 66%
• Network Asymmetry 66%
• Latency 33%
• Between-host 33%
• Network Bandwidth 33%
• Sender 33%
• Multiple Paths 33%
• Highly Dynamic 33%
• Time Loss 33%
• Encoding Method 33%
• Transmission Scheme 33%
• Receiver-driven 33%
• Queue Length 33%
• Packet Transmission 33%
• Network Transmission 33%
• NS2 Simulation 33%
• Dynamic Traffic 33%
• Throughput Loss 33%
• Global Path 33%
• Transmission Reliability 33%
• Heterogeneous Devices 33%
• Asymmetric Data 33%
• Fast Retransmission 33%
• Asymmetric Network 33%
• Aggregated Network 33%
• Traditional Data Center 33%

Computer Science

• Data Center 100%
• Completion Time 75%
• Testbed 25%
• Existing Protocol 25%
• Network Bandwidth 25%
• Transmission Scheme 25%
• Dynamic Traffic 25%
• Coding Technique 25%
• Retransmission 25%
• Packet Transmission 25%